David A. Harwood, MD

About Dr. Harwood

Dr. Harwood is board certified in orthopaedic surgery. He obtained his medical degree from UMDNJ-Rutgers Medical School after earning his undergraduate degree from Princeton University. He completed an internship at at the University of California at San Francisco (UCSF) and residency at UMDNJ-Robert Wood Johnson Medical School. Following his residency, he completed a fellowship specializing in joint replacement and arthritis surgery at the Cleveland Clinic Foundation. He is involved on an ongoing basis with clinical trials for patients with degenerative knee diseases.

Accomplishments:

Academic appointment as a Clinical Associate Professor of Orthopaedic Surgery at Rutgers Robert Wood Johnson Medical School

Elected by his peers for inclusion in Best Doctors in America®

Voted Top Doctor

Castle Connolly Top Doctor

Hospital Affiliations

University Center for Ambulatory Surgery (UCAS)

Robert Wood Johnson University Hospital

Saint Peter’s University Hospital

Recent Publications

Related News & Blogs

Shining the Spotlight on Anterior Hip Replacement

Anterior hip replacement is one of many approaches joining the minimally invasive trend in the surgical arena. With this technique—as well as all other minimally invasive techniques—the goal is to decrease the trauma to the tissues around the hip so patients may be able to recover faster and with less pain. Patients in need of
Dr. Harwood Discusses NAVIO

Dr. David A. Harwood of University Orthopaedic Associates (UOA) recently presented to an audience of his peers about the NAVIO Surgical System. NAVIO is a revolutionary tool used to assist with partial and total knee replacement procedures and offers a whole new depth of precision. Check out Dr. Harwood discussing the advanced technology today!
NAVIO Surgical System for Knee Replacement Available at UOA

The NAVIO system is a revolutionary technology used in conjunction with robotic-assisted knee replacement. Available for both total and partial knee replacement, it allows customized precision for each patient’s surgery. Robotic assistance enables this precision, facilitating the removal of damaged tissue and the positioning of an implant with greater accuracy. Dr. David Harwood, fellowship trained